C H C i
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Centre for Human-Computer
Interaction (CHCi)

Driving innovation at the intersection of the human brain and technology, the Centre for Human-Computer Interaction (CHCi) at IIT Mandi is committed to leading translational research in Brain-Computer Interaction (BCI). We are shaping the future of human-machine symbiosis through advanced neural interfaces, cognitive computing, and cutting-edge neurotechnological solutions.

Objectives

Conduct Applied BCI Research

We focus on research that moves beyond theory to solve practical problems. Our work centers on decoding brain signals, enhancing cognitive performance, and developing assistive neural technologies that address real-world health and communication needs.

Train Specialists in Neural Engineering

We aim to prepare the next generation of researchers and engineers through dedicated Master’s and Ph.D. programs, as well as technical workshops on EEG and non-invasive electrophysiology. Our goal is to build a workforce capable of advancing the field of brain-machine interfaces.

Encourage Interdisciplinary Partnerships

The development of BCI requires diverse expertise. The Centre serves as a hub where engineers, neuroscientists, and medical professionals collaborate. We host regular seminars and technical exchanges to share findings and solve complex integration challenges.

Improve Interface Usability and Accessibility

A neural interface is only effective if it is easy to use. We conduct rigorous usability studies and neuro-ergonomic testing to ensure that our systems are accessible, comfortable, and efficient for diverse user groups, including those with motor impairments.

Develop Practical Social Solutions

We apply BCI technology to create tangible benefits for society. This includes developing tools for neuro-rehabilitation, monitoring mental workload in high-stress environments, and creating assistive devices that improve independence and quality of life.

Ensure Long-term Sustainability

To support our mission, the Centre generates resources through specialized training programs, industry-supported research projects, and by providing access to our specialized neural recording facilities for external partners.